Florida Geological Survey
Unknown
Intermediate Aquifer System Thickness
SDE raster digital data
Florida Aquifer Vulnerability Assessment: Contaminaion potential of Florida's principal aquifer systems
FGS Bulletin 67
withheld
BASE.IAS_THK
The Intermediate Aquifer System (IAS) consists of highly-variable, fine-grained, siliciclastic deposits and low permeability limestone and dolostone. It refers to a statewide hydrostratigraphic unit which provides variable confinement to the Floridan Aquifer system. The IAS grid was created by using Florida Geological Survey well core and cuttings data. The surface was interpolated by using the kriging method from the ArcGIS Geostatistical Analyst package.
To provide a statewide raster dataset of IAS thickness
en
20040101
ground condition
Unknown
-87.639226
-79.872480
31.042857
25.090983
52668.027344
793968.027344
127156.671875
781606.671875
Intermediate Aquifer System
IAS
ICU
Intermediate Confining Unit
Environmental Monitoring and Modeling
Geology and Geophysics
none
DISCLAIMER This geologic data was developed by the Florida Department of Environmental Protection (FDEP) - Florida Geological Survey (FGS) to carry out agency responsibilities related to management, protection, and development of Florida's natural resources. Although efforts have been made to make the information accurate and useful, the FDEP/FGS assumes no responsibility for errors in the information and does not guarantee that the data are free from errors or inaccuracies. Similarly FDEP/FGS assumes no responsibility for the consequences of inappropriate uses or interpretations of the data. As such, these digital data are distributed on "as is" basis and the user assumes all risk as to their quality, the results obtained from their use, and the performance of the data. FDEP/FGS bears no responsibility to inform users of any changes made to this data. Anyone using this data is advised that precision implied by the data may far exceed actual precision. Comments on this data are invited and FDEP/FGS would appreciate that documented errors be brought to staff attention. The development of these data sets represents a major investment of staff time and effort. As a professional responsibility, we expect that the FDEP/FGS will receive proper credit when you utilize these data sets. Further, since part of this data was developed and collected with U.S. Government or State of Florida funding, no proprietary rights may be attached to it in whole or in part, nor may it be sold to the U.S. Government or the Florida State Government as part of any procurement of products or services.
Florida Geological Survey
mailing and physical address
Gunter Building
MS #720
903 W. Tennessee St.
Tallahassee
FL
32304-7700
US
Florida Geological Survey
ESRI ArcCatalog 9.3.1.4000
Florida Geological Survey
Unknown
Unknown
Intermediate Aquifer System Thickness
Florida Aquifer Vulnerability Assessment: Contamination potential of Florida's principal aquifer systems
FGS Bulletin 67
Raster Dataset
Florida Geological Survey
Unknown
Unknown
Intermediate Confining Unit Thickness
The IAS grid was created by using Florida Geological Survey well core and cuttings data. This data was used to create a stratigraphic surface of the top of IAS and a top of FAS. The surfaces were interpolated by using the kriging method from the ArcGIS Geostatistical Analyst package. These surfaces were then resolved to the DEM (areas exceeding land surface were "trimmed"). To get a thickness of IAS the top of FAS surface was subtracted from the top of IAS surface.
Unknown
Florida Geological Survey
Raster data inserted in ArcSDE 9.3 and published in DataMiner.
20081215
Raster
Pixel
21815
24710
1
30.000000
30.000000
16
Upper Left
FALSE
LZ77
1
pixel codes
FGDBR
TRUE
row and column
30.000000
30.000000
meters
D_North_American_1983_HARN
Geodetic Reference System 80
6378137.000000
298.257222
GCS_North_American_1983_HARN
NAD_1983_HARN_Albers
1.000000
Explicit elevation coordinate included with horizontal coordinates
feet
VAT_IAS_THK
Table
1227
OBJECTID
Internal feature number.
ESRI
Sequential unique whole numbers that are automatically generated.
OBJECTID
OID
4
0
0
VALUE
VALUE
Integer
4
0
0
COUNT
COUNT
Integer
4
0
0
FAS_NO3
FAS_NO3
Integer
4
0
0
FAS_NO3_DESCRIP
FAS_NO3_DESCRIP
String
16
0
0
FAS_DO
FAS_DO
Integer
4
0
0
FAS_DO_DESCRIP
FAS_DO_DESCRIP
String
16
0
0
FAS_HLDBK
FAS_HLDBK
Integer
4
0
0
FAS_HLDBK_DESCRI
FAS_HLDBK_DESCRI
String
16
0
0
Entity type: Entity type label: IAS Thickness *Entity type type: Table *Entity type count: 1227 Attribute: *Attribute label: ObjectID *Attribute alias: ObjectID *Attribute definition: Internal feature number.
*Attribute definition source: ESRI
*Attribute type: OID *Attribute width: 4 *Attribute precision: 0 *Attribute scale: 0 Attribute domain values: *Unrepresentable domain: Sequential unique whole numbers that are automatically generated. Attribute: *Attribute label: Value *Attribute alias: Value Attribute definition: Thickness (in feet) of the ICU based on the difference between the top of the ICU and the top of the Floridan Aquifer System
*Attribute type: Integer *Attribute width: 0 *Attribute precision: 0 *Attribute scale: 0 Attribute: *Attribute label: Count *Attribute alias: Count *Attribute type: Double *Attribute width: 0 *Attribute precision: 0 *Attribute scale: 0 Attribute: *Attribute label: Fas_no3 *Attribute alias: Fas_no3 Attribute definition: Value assigned to grid cell after weights are calculated and the grid is generalized
*Attribute type: Integer *Attribute width: 0 *Attribute precision: 0 *Attribute scale: 0 Attribute: *Attribute label: Fas_no3_descrip *Attribute alias: Fas_no3_descrip Attribute definition: Description of generalized grid cell value
*Attribute type: String *Attribute width: 16 *Attribute precision: 0 *Attribute scale: 0 Attribute: *Attribute label: Fas_do *Attribute alias: Fas_do Attribute definition: Value assigned to grid cell after weights are calculated and the grid is generalized
*Attribute type: Integer *Attribute width: 0 *Attribute precision: 0 *Attribute scale: 0 Attribute: *Attribute label: Fas_do_descrip *Attribute alias: Fas_do_descrip Attribute definition: Description of generalized grid cell value
*Attribute type: String *Attribute width: 16 *Attribute precision: 0 *Attribute scale: 0 Attribute: *Attribute label: Fas_hldbk *Attribute alias: Fas_hldbk Attribute definition: Value assigned to grid cell after weights are calculated and the grid is generalized
*Attribute type: Integer *Attribute width: 0 *Attribute precision: 0 *Attribute scale: 0 Attribute: *Attribute label: Fas_hldbk_descri *Attribute alias: Fas_hldbk_descri *Attribute type: String *Attribute width: 16 *Attribute precision: 0 *Attribute scale: 0
Live Data and Maps
20130130
Florida Department of Environmental Protection (FDEP) BIS/GIS Section
mailing and physical address
2600 Blair Stone Rd
Twin Towers MS 6520
Tallahassee
FL
32399-2400
USA
GIS.Librarian@dep.state.fl.us
FGDC Content Standards for Digital Geospatial Metadata
FGDC-STD-001-1998
local time
en
{2D888328-D1FD-4355-9ABE-F237D740FC1C}
20101215
12033600
FALSE
20161122
10174600
20161122
10174600
FGDC
IAS_THK
002
52668.027344
793968.027344
127156.671875
781606.671875
1
Projected
GCS_North_American_1983_HARN
Linear Unit: Meter (1.000000)
NAD_1983_HARN_Albers
<ProjectedCoordinateSystem xsi:type='typens:ProjectedCoordinateSystem' xmlns:xsi='http://www.w3.org/2001/XMLSchema-instance' xmlns:xs='http://www.w3.org/2001/XMLSchema' xmlns:typens='http://www.esri.com/schemas/ArcGIS/10.3'><WKT>PROJCS["NAD_1983_HARN_Albers",GEOGCS["GCS_North_American_1983_HARN",DATUM["D_North_American_1983_HARN",SPHEROID["GRS_1980",6378137.0,298.257222101]],PRIMEM["Greenwich",0.0],UNIT["Degree",0.0174532925199433]],PROJECTION["Albers"],PARAMETER["False_Easting",400000.0],PARAMETER["False_Northing",0.0],PARAMETER["Central_Meridian",-84.0],PARAMETER["Standard_Parallel_1",24.0],PARAMETER["Standard_Parallel_2",31.5],PARAMETER["Latitude_Of_Origin",24.0],UNIT["Meter",1.0]]</WKT><XOrigin>-19550100</XOrigin><YOrigin>-7526400</YOrigin><XYScale>225743210.67916927</XYScale><ZOrigin>0</ZOrigin><ZScale>1</ZScale><MOrigin>0</MOrigin><MScale>1</MScale><XYTolerance>0.001</XYTolerance><ZTolerance>2</ZTolerance><MTolerance>2</MTolerance><HighPrecision>true</HighPrecision></ProjectedCoordinateSystem>
1.0
150000000
5000
Version 6.2 (Build 9200) ; Esri ArcGIS 10.3.1.4959
Intermediate Aquifer System Thickness
52668.027344
793968.027344
781606.671875
127156.671875
1
2004-01-01T00:00:00
Time period of content
-87.639226
-79.87248
31.042857
25.090983
1
To provide a statewide raster dataset of IAS thickness
<div style='text-align:Left;'><div><div><p><span>The Intermediate Aquifer System (IAS) consists of highly-variable, fine-grained, siliciclastic deposits and low permeability limestone and dolostone. It refers to a statewide hydrostratigraphic unit which provides variable confinement to the Floridan Aquifer system. The IAS grid was created by using Florida Geological Survey well core and cuttings data. The surface was interpolated by using the kriging method from the ArcGIS Geostatistical Analyst package.</span></p></div></div></div>
Florida Geological Survey
Intermediate Aquifer System
IAS
ICU
Intermediate Confining Unit
Environmental Monitoring and Modeling
Geology and Geophysics
<div style='text-align:Left;'><div><div><p><span>This geologic data was developed by the Florida Department of Environmental Protection (FDEP) - Florida Geological Survey (FGS) to carry out agency responsibilities related to management, protection, and development of Florida's natural resources. Although efforts have been made to make the information accurate and useful, the FDEP/FGS assumes no responsibility for errors in the information and does not guarantee that the data are free from errors or inaccuracies. Similarly FDEP/FGS assumes no responsibility for the consequences of inappropriate uses or interpretations of the data. As such, these digital data are distributed on "as is" basis and the user assumes all risk as to their quality, the results obtained from their use, and the performance of the data. FDEP/FGS bears no responsibility to inform users of any changes made to this data. Anyone using this data is advised that precision implied by the data may far exceed actual precision. Comments on this data are invited and FDEP/FGS would appreciate that documented errors be brought to staff attention. The development of these data sets represents a major investment of staff time and effort. As a professional responsibility, we expect that the FDEP/FGS will receive proper credit when you utilize these data sets. Further, since part of this data was developed and collected with U.S. Government or State of Florida funding, no proprietary rights may be attached to it in whole or in part, nor may it be sold to the U.S. Government or the Florida State Government as part of any procurement of products or services.</span></p></div></div></div>
1
-87.639226
-79.872480
31.042857
25.090983
ArcGIS Metadata
1.0
dataset
File Geodatabase Raster Dataset
10.2
NAD_1983_HARN_Albers
20161122
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
external
3092624a8eaa4290135d4a66d17cd905
Florida Department of Environmental Protection (FDEP) OTIS/GIS Section
2600 Blair Stone Rd MS 6520
Tallahassee
FL
3239--2400
GIS.Librarian@dep.state.fl.us
US
True
Florida Department of Environmental Protection (FDEP) OTIS/GIS Section